IEEE 1496-1993

IEEE 1496-1993 is the standard for a chip and module interconnect bus known as SBus, defining a structured hardware interface for computing and processing systems. It helps establish how chips and modules communicate over a shared bus architecture, supporting consistent electrical and mechanical integration. For designers, integrators, and procurement teams working with components, circuits, devices, and systems, this standard provides a clearer basis for compatibility, implementation, and technical review.

Overview of IEEE 1496-1993

IEEE 1496-1993 focuses on the SBus interconnect used in chip and module-level system design. Its purpose is to describe a common bus framework that can guide how related hardware connects and exchanges signals within a computing platform. In practice, the document is relevant where orderly bus behavior, interface definition, and system-level consistency are important. As a technical specification, IEEE 1496-1993 supports clearer design decisions and more reliable evaluation of bus-based components.

Typical use cases

This standard is typically used when developing or assessing systems that rely on a chip and module interconnect bus for internal communication. It may be relevant in board-level design, modular hardware assemblies, and legacy computing platforms that use SBus-based architecture. Engineers can use it when comparing interface compatibility, planning integration between modules, or reviewing bus behavior during implementation and testing. It is especially useful where component coordination and predictable interconnect structure are needed.

Why it matters

IEEE 1496-1993 matters because bus interface standards reduce uncertainty in hardware design and system integration. A defined SBus framework can support more consistent implementation, easier compliance checks, and better communication between design, test, and procurement teams. It may also help reduce integration risk when matching chips and modules from different sources. For organizations maintaining or evaluating legacy hardware, the standard offers a technical reference for compatibility and performance expectations.

• SBus chip and module interconnect focus
• Hardware interface definition for computing systems
• Compatibility and integration reference
• Useful for design review and testing
• Relevant to legacy bus-based platforms